Cellonics Incorporated Has Developednew Technology That May End the Modem Technology And

CEllonics

Abstract

Cellonics Incorporated has developednew technology that may end the modem technology and other communications problems forever. The newmodulation and demodulation technology is called Cellonics. In general, this technologywill allow for modem speeds that are 1,000 times faster than our present modems.The development is based on the way biological cells communicate with each otherand nonlinear dynamical systems (NDS).

Major telcos, which are telecommunicationsCompanies, will benefit from the incredible. The Cellonics technology came about after studying biological cell behaviour. The studyshowed that human cells respond to stimuli and generate waveforms that consist of acontinuous line of pulses separated by periods of silence.

The Cellonics technology founda way to mimic these pulse signals and apply them to the communications industry.The Cellonics element accepts slow analog waveforms as input and in return producespredictable, fast pulse output, thus encoding digital information and sending it overcommunication channels.

CONTENTS

ABSTRACTi

CONTENTSii

LIST OF FIGURESiii

LIST OF TABLESiv

1.INTRODUCTION1

2PRINCIPLE OF CELLONICS TECHNOLOGY

2.1 FEATURES OF NE5552

2.2DESCRIPTION3

2.3 APPLICATION INFORMATION5

2.4 IR LED9

2.4.1 DESCRIPTION9

2.4.2 TYPICAL PERFORMANCE CURVES TBD11

2.4.3 DISCLAIMER12

2.4.4 LIFE SUPPORT POLICY12

3. IR RECEIVER13

3.1 IR SENSOR TSOP173814

3.2 FEATURES OF TSOP1714

3.3 SUITABLE DATA FORMAT16

4.UM66 MELODY GENERATOR22

5.WORKING OF ELECTRONIC WATCHDOG24

6. CONCLUSION25

7.REFERENCES26

LIST OF FIGURES

FIG 2.1 IR TRANSMITTER CIRCUIT2

FIG 2.2 IC DIAGRAM3

FIG 2.3 INTERNAL DIAGRAM3

FIG2.4 MONOSTABLE CIRCUIT5

FIG 2.5 RESISTANCE AND CAPACITANCE VS.TIME DELAY(TD)6

FIG 2.6. WAVEFORMS OF MONOSTABLE OPERATION6

FIG 2.7. WAVEFORMS OF MONOSTABLE OPERATION 7

FIG 2.8 DIP PACKAGE7

FIG 2.9 SOP PACKAGE8

FIG2.10 IR LED9

FIG 2.11 NORMALIZED RADIANT 11

INTENSITY VS. FORWARD CURRENT

FIG.2.12 RADIATION DIAGRAM11

FIG. 2.13 NORMALIZED RADIANT INTENSITY VS. WAVELENGTH11

FIG 3.1 IR RECEIVER CIRCUIT13

FIG 3.2 PIN DIAGRAM14

FIG 3.3 BLOCK DIAGRAM OF TC17..15

FIG 3.4 APPLICATION CIRCUIT16

FIG 3.6 IR SIGNAL FROM FLUORESCENT LAMP WITH LOW 17

MODULATION

FIG 3.7. FREQUENCY DEPENDENCE OF RESPONSIVITY17

FIG 3.8. SENSITIVITY IN DARK AMBIENT18

FIG 3.9. SENSITIVITY VS. AMBIENT TEMPERATURE19

FIG 3.10. OUTPUT FUNCTION19

FIG 3.11. RELATIVE SPECTRAL SENSITIVITY VS. WAVELENGTH20

FIG 3.12 DIMENSIONS IN MM21

FIG 4.1 UM66T22

FIG 4.2 PIN DIAGRAM23

FIG. 5.1 MOUNTING ARRANGEMENT FOR TRANSMITTER AND 25

RECEIVER UNITS

LIST OF TABLES

TABLE 2.1 ABSOLUTE MAXIMUM RATINGS (TA = 25°C)4

TABLE 2.2 ELECTRICAL CHARACTERISTICS4

TABLE 2.3 BASIC OPERATING TABLE OF 555 TIMER5

TABLE 2.4 ABSOLUTE MAXIMUM RATINGS OF LED10

TABLE 2.5 CHARECTERISTICS OF LED10

TABLE 3.1 ABSOLUTE MAXIMUM RATINGS15

TABLE 3.2 BASIC CHARACTERISTICS16

TABLE 4.1 PIN DESCRIPTION23